h48

A prototype for an optimal Rubik's cube solver, work in progress.
git clone https://git.tronto.net/h48
Download | Log | Files | Refs | README | LICENSE

example.py (1043B)


      1 # Small example of nissy_python_module usage
      2 
      3 # Compile the python module with "make python", then run this from the main
      4 # folder containing nissy_python_module.so
      5 
      6 # Append the main folder to the python path so we can load the module
      7 from sys import path
      8 path.append("./")
      9 
     10 # Import with a nicer name
     11 import nissy_python_module as nissy
     12 
     13 # Choose the solver you prefer
     14 solver = "h48h0k4"
     15 
     16 # Load the pruning table from file
     17 data = bytearray(open("tables/" + solver, "rb").read())
     18 
     19 # If you have not generated the table yet, you can do so:
     20 # data = nissy.gendata("h48h0k4")
     21 
     22 # Get a scrambled cube
     23 cube = nissy.applymoves(nissy.solved_cube, "U F R2");
     24 
     25 # Solve!
     26 solutions = nissy.solve(cube, solver, nissy.nissflag_normal, 0, 9, 3, -1, 4, data)
     27 
     28 # Print the solutions, one per line
     29 print("Found ", len(solutions), " solutions:")
     30 for s in solutions:
     31 	print(s)
     32 
     33 # You can use help(nissy) for more info about the available methods:
     34 # help(nissy)
     35 
     36 # Or help(nissy.methodname) if you want to know more about a specific method:
     37 # help(nissy.solve)